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Matter and Energy Objectives/TargetsWorksheet / LabSection 2.8 Unit Equations and Unit Factors _________________________ ? To write a unit equation for an equivalent relationship. ? To write two unit conversion factors for a unit equation. Section 2.9 Unit Analysis Problem Solving _________________________ ? To state the three steps in the unit analysis method. ? To apply the unit analysis method of problem solving. Section 2.10 The Percent Concept _________________________ ? To explain the concept of percent. ? To apply percent as a unit factor. THE METRIC SYSTEMSection 3.1 Basic Units and Symbols _________________________ ? To state the basic units and symbols of the metric system. ? To state the prefixes for multiples and fractions of basic units. Section 3.2 Metric Conversion Factors _________________________ ? To write the unit equation for a basic metric unit and a prefix unit. ? To write the two unit factors derived from a metric unit equation. Section 3.3 Metric—Metric Conversions _________________________ ? To express a given metric measurement with a different metric prefix. Section 3.4 Metric—English Conversions _________________________ ? To express a given measurement in metric units or English units.Section 3.5 Volume by Calculation_________________________ ? To state the relationship of length, width, and thickness to the volume of a rectangular solid. ? To express a given volume in units of milliliters, cubic centimeters, or cubic inches.Section 3.6 Volume by Displacement_________________________ ? To describe the technique of determining a volume by displacement.Section 3.7 The Density Concept_________________________ ? To explain the concept of density. ? To state the value for the density of water: 1.00 g/mL. ? To perform calculations that relate density to mass and volume.Section 3.8 Temperature_________________________ ? To state the values for the freezing point and boiling point of water on the Fahrenheit, Celsius, and Kelvin scales. ? To express a given temperature in degrees Fahrenheit (°F), degrees Celsius (°C), or Kelvin units (K).Section 3.9 Heat and Specific Heat_________________________ ? To state the value for the specific heat of water: 1.00 cal/g °C. ? To perform calculations that relate heat to the mass, specific heat, and temperature change of a substance.MATTER AND ENERGYSection 4.1 Physical States of Matter_________________________ ? To describe the three physical states of matter in terms of the motion of particles.Section 4.2 Elements, Compounds, and Mixtures_________________________ ? To classify a sample of matter as an element, compound, or mixture.Section 4.3 Names and Symbols of the Elements_________________________ ? To state the names and symbols of selected elements.Section 4.4 Metals, Nonmetals, and Semimetals_________________________ ? To distinguish between the properties of metals and nonmetals. ? To predict whether an element is a metal, nonmetal, or semimetal, given its position in the periodic table. ? To predict whether an element is a solid, liquid, or gas at 25°C and normal atmospheric pressure.Section 4.5 Compounds and Chemical Formulas_________________________ ? To explain the law of constant composition for a compound. ? To state the number of atoms of each element in a compound, given the chemical formula.Section 4.6 Physical and Chemical Properties_________________________ ? To classify a property of a substance as physical or chemical.Section 4.7 Physical and Chemical Changes_________________________ ? To classify a change in a substance as physical or chemical.Section 4.8 Conservation of Mass_________________________ ? To apply the conservation of mass law to chemical changes.Section 4.9 Potential and Kinetic Energy_________________________ ? To distinguish between potential and kinetic energy. ? To relate kinetic energy, temperature, and physical state.Section 4.10 Conservation of Energy_________________________ ? To apply the conservation of energy law to physical and chemical changes. ? To identify the following forms of energy: chemical, electrical, mechanical, nuclear, heat, and light.Vocabulary allotropes distillation intensive properties mole atom element kinetic energy molecule Avogadro’s number endothermic change Law of Conservation of Energy physical properties chemical properties energy mass potential energy chromatography exothermic change matter pure substance (substance) compound extensive properties melting state of matter density freezing mixture volumeLabs/Activities(1) Classifying Matter Activity? pdf(2) Density Lab? pdf(3) Casein Glue Activity? pdf?Worksheets (4) Vocabulary:? Matter and Energy? pdf(12) Heat Energy Problems? pdf (5) Percentage Composition? pdf(13) Heat Energy of Water Problems Calorimetry? pdf (6) Using Percentages in Compound Composition? pdf(14) Specific Heat Problems? pdf (7) Properties of Matter? pdf(15) Calorimetry 1? pdf (8) Conversions? pdf(16) Calorimetry 2? pdf ? Specific Heat Values? (9) Density Problems? pdf(17) Buried In Ice ?Chem Matters April 1984 Questions(10) Classifying Matter? pdf(18) Buckeyball article questions? pdf(11) Atoms, Mass, and the Mole? pdf?(19) Test Review? pdf??????CalendarDay 1 – Composition and Properties of Matter (3)Day 11 – Golf Ball Density Pre-LabDay 2 – How Do We Classify Matter (18)Day 12 – LAB: Density of a Golf Ball (13), (14)Day 3 – Energy / Fermi ApproximationsDay 13 – Calorimetry (15)Day 4 – Energy (Heat vs. Temperature)Day 14 – Calorimetry (15)Day 5 – Classifying Matter (10)Day 15 – Calorimetry 2 (16)Day 6 – LAB: Casein Glue (3), (11)Day 16 – Work DayDay 7 – Methods of Separation (7)Day 17 – Challenge ProblemsDay 8 – Percentage Composition (5), (6)Day 18 – Quiz: CalorimetryDay 9 – Density (2), (9)Day 19 – Review Day (19)Day 10 – Density & Review Problems (1), (12)Day 20 – TEST: Matter and EnergyUNIT 2 – Matter and EnergyHonors Chemistry ................
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